Autocall 4100ES Redundant CPU Fire Alarm Control Units

Datasheet Fire Alarm Systems Redundant CPU Fire Alarm Control Units ULC, and CSFM Listed; FM NYC Fire Dept* Redundant CPU Controller Card switches system operation to a back- CPU and Power Converter board in the event of CPU or Power failure. This is achieved through the use of two CPU bays, a and a secondary. A primary CPU bay contains the primary CPU the additional controller cards necessary to switch to a secondary if a trouble occurs. The primary system power supply (SPS) is in the primary CPU bay. secondary CPU bay contains the secondary CPU and a secondary Figure 3 shows a typical layout of the components within a CPU Fire Alarm Control Unit cabinet. A100-9121 model includes two additional redundant 2 x 40 user assemblies; one primary and one backup. The A100-9122 A100-9222 models include a single InfoAlarm large screen display interface; redundancy is provided for the CPU and Power Supply 2: Redundant CPU 2 x 40 Display with Three-Bay Cabinet CPU Features for hot standby redundant CPU provides redundancy and automatic backup in case of main CPU or power supply failure. If there is a failure in the CPU or system power supply, all communications and power for control unit operation automatically switch to the redundant CPU power supply. redundant power supply dedicated system power supply (SPS) powers the the redundant CPU. two-bay assembly primary CPU and power supply and the backup CPU and power both require a separate bay of space in the control unit. with standard 2×40 user interface or InfoAlarm user 1: Redundant CPU InfoAlarm with Three-Bay Cabinet Additional listings may be applicable; contact your local Autocall product supplier for the latest status. Rev. 1 06/2021 Redundant CPU Fire Alarm Control Units Information UL 864, Fire Detection and Control (UOJZ), Smoke Control Service (UUKL), Releasing Device Service (SYZV) UL 1076, Proprietary Alarm Units – Burglar (APOU) UL 2017, Process Management Equipment (QVAX), Emergency Alarm System Control Units (FSZI) UL 1730, Smoke Detector Monitor (UULH) UL 2572, Mass Notification Systems (PGWM) CAN/ULC-S527 Control Units for Fire Alarm Systems (UOJZ7), Releasing Device Service (SYZV7) ULC/ORD-C1076 Proprietary Burglar Alarm Units and Systems (APOU7) ULC/ORD-C100 Smoke Control System Equipment (UUKL7) Diagram 3: Primary and Secondary Bay reference diagram CPU Product Selection CPU with 2×40 Display and English Keys CPU with Display and Raised Keys CPU with Display, Flat Keys Slide in Labels for Key Descriptions to VAC, Hz 1: 4100ES Redundant CPU Fire Alarm Control Units mA mA mA mA VAC, Hz CPU Fire Alarm Control Unit with two 2×40 operator interfaces, two CPU cards and two 9 A SPS supplies in a two bay assembly, one of each for and backup. Active SPS battery charger in Bay only. External RUI connections require A100-1291 RUI modules. CPU Fire Alarm Control Unit with one user interface, two CPU cards, and two 9 A power supplies in a two bay assembly. Active SPS charger in Bay 1 only. External RUI connections A100-1291 RUI expansion modules. ULC, CSFM, Fire ULC, CSFM, Fire FM, NYC Dept Do not use circuit connections on primary and secondary SPS power supplies. Not compatible with ES Net network panels. 2 Rev. 1 06/2021 Redundant CPU Fire Alarm Control Units 2: InfoAlarm Command Center Memory Option, may be required to be ordered separately, refer to description details Memory Expansion Module; included with NDU systems; required for all InfoAlarm Command Centers connected to a unit if are using 2 byte character fonts; 6 Meg module mounts on rear of display board 3: Remote InfoAlarm Command Center Control Assembly with Cabinet for Surface Mounting Number/Cabinet Color and FM InfoAlarm Command Center with cabinet; for surface mounting; mounting box and door assembly with glass insert; u